BTU overview
Faculty 3
Chair of Polymer-based Lightweight Design Prof. Dr.-Ing. Holger Seidlitz

Patents

TitleInventorYear
Invention disclosure: Composition comprising geometrically defined particles consisting of glass and method of manufacture thereof (applied for)Seidlitz, H.; Demski, N.; Zoglauer J.2025
DE 10 2024 137 662.7: Process for recycling the remaining pyrolytic oil and carbon residues during the recycling process of carbon fibres (applied for)Seidlitz, H.; Hannan, A.2024
DE 10 2018 110 533.9: Sandwich laminate structure, its use and a method of using the sandwich laminate structureSeidlitz, H.; Ambrosio, M.; Müller, M.; Hansen, T.2024
Invention disclosure 23-07 recycling process (submitted)Seidlitz, H.; Hannan, A.2023
Invention disclosure 23-04 Compressed air motor (submitted)Seidlitz, H.; Ulke-Winter, L., Demmig, S.2023
Invention disclosure Joining of thermoplastic fibre-reinforced composites (submitted)Seidlitz, H.; Ost, L.; Kuke, F.;2023
DE 10 2017 108 079 B4: Lightweight heat transfer system through targeted exploitation of the high anisotropic heat conduction properties of carbon fibre reinforced plastics (CFRP)Seidlitz, H.; Kuke, F.; Knorr, R.2022
DE 10 2021 109 621.9: "Structural component and vehicle"- Functionally integrated structural component (applied for)Seidlitz, H.; Kuke, F.; Dahm, H.-P.2021
DE 10 2020 001 759.2: Process for the production of corona stents (applied for)Seidlitz, H.; Kuke, F.; Fobo, D.2020
DE 10 2019 102 234 A1: Process for the mechanical connection of a first workpiece to a second, electrically conductive workpieceSeidlitz, H.; Kuke, F.; Fritzsche, S.; Kloshek, A.2020
DE 10 2019 106 387.6: Development of a novel press manufacturing process for the defined alignment of carbon fibres and/or carbon nanotubes in carbon fibre-reinforced components by targeted exploitation of the electrical conductivity of carbon fibres and carbon nanotubesSeidlitz, H.; Knorr, R.; Kuke, F.; Tsombanis, N.2019
DE 10 2017 130 341.3: Process for the production of sandwich components with fibre-reinforced cover layersSeidlitz, H.; Vogt, N.; Fritzsche, S.2019
Invention disclosure 18-01 Composite-repair: Repair of hybrid composite containing metal and polymere compositeSeidlitz, H.; Santhanakrishnan Balakrishnan, V.2018
DE 10 2017 106 257.2: Insert shell for reinforcing and stiffening the foot spanSeidlitz, H.; Krenz, J.; Vogt, N.2017
DE 10 2018 102 061.9 Targeted influencing of the fibre orientation during the extrusion of carbon fibre-reinforced semi-finished plastic productsSeidlitz, H.; Kuke, F.; Zschieck, M.;2017
DE 10 2017 108 079.1: Apparatus and manufacturing process for highly thermally conductive carbon fibre-based profiled plates for heat exchangersSeidlitz, H.; Kuke, F.; Knorr, R.2017
DE 10 2017 109 502.0: Fibre composite-based renovation process for the season-independent structural rehabilitation of existing concrete structuresSeidlitz, H.; Ambrosio, M.; Müller, M.;
Hansen, T.		2017
DE 10 2018 103 702.3 Stationary and mobile technology for the safe shredding of fibre composite componentsSeidlitz, H.; Kloshek, A.; Wolf, M.; Mattke, R.; Krenz, J.2016
DE 10 2017 130 341.3 Process for the efficient production of moulded large-area sandwich components with high integration density (integrative sandwich component production)Seidlitz, H.; Vogt, N.; Fritzsche, S.; Tsombanis, N.2016
DE 10 2016 120 148.0 Highly resilient resource-efficient joining technology for mixed construction methods made of metals and fibre-plastic composites in large-scale production/Brandenburg University of Technology Cottbus - Senftenberg. Seidlitz, H.; Bambach, M. (24.05.2016)Seidlitz, H.; Bambach, M.2016
DE 10 2014 006 681 A1: Method and device for joining flat bodies / Chemnitz University of Technology. Seidlitz, H.; Kroll, L.; Ulke-Winter, L.; Gerstenberger, C. (12 November 2015)Seidlitz, H.; Kroll, L.; Ulke-Winter, L.; Gerstenberger, C.2015
DE 10 2015 114 511.1: New joining technology for mixed joints/Brandenburg University of Technology Cottbus-Senftenberg. Seidlitz, H.; Michailov, V.; Schleuß, L. (Date of application: 22 October 2015)Seidlitz, H.; Michailov, V.; Schleuß, L.2015
DE 20 2014 005 111 U1: Rim with an inner rim flange, a rim spider and an outer rim flange/Chemnitz University of Technology. Hackert, A.; Seidlitz, H.; Kroll, L.; Nendel, W. (28/08/2014 )Hackert, A.; Seidlitz, H.; Kroll, L.; Nendel, W.2014
DE 20 2014 003 925 U1: Thermoplastic sheet-like body composite and device for joining sheet-like bodies / Chemnitz University of Technology. Seidlitz, H.; Kroll, L.; Ulke-Winter, L.; Gerstenberger, C. (24/07/2014)Seidlitz, H.; Kroll, L.; Ulke-Winter, L.; Gerstenberger, C.2014
DE 10 2009 013 265 B4: Method and tools for manufacturing a mixed assembly / Chemnitz University of Technology. Kroll, L.; Seidlitz, H.; Ulke, L. (31 January 2013).Kroll, L.; Seidlitz, H.; Ulke, L.2013
EP 2608903: Lightweight element/layered element made of structured honeycomb layers / Brandenburg University of Technology Cottbus-Senftenberg. (03.07.2013).Schölzke, T.; Casajus, A.; Fritzsche, S.; Georgi, H.; Hartmann, H.-J.; Malikov, V.; Michailov, V.; Ossenbrink, R.; Schleuss, L.; Viehweger, B.2013
DE 20 2011 051 825: Lightweight element/layered element made of structured honeycomb layers / Brandenburg University of Technology Cottbus-Senftenberg. (15.03.2012).Schölzke, T.; Casajus, A.; Fritzsche, S.; Georgi, H.; Hartmann, H.-J.; Malikov, V.; Michailov, V.; Ossenbrink, R.; Schleuss, L.; Viehweger, B.2012
DE 10 2009 013 265 A1: Method and tools for manufacturing a mixed assembly / Chemnitz University of Technology. Kroll, L.; Seidlitz, H.; Ulke, L. (16/09/2010).Seidlitz, H.; Ulke, L.; Kroll, L.2010
DE 10 2009 012 578 A1: Energy absorption element for a motor vehicle / Daimler AG. Bilgin, M.; Heinrich, M.; Kaufmann, J.; Kroll, L.; Seidlitz, H. (05. 11. 2009).Bilgin, M.; Heinrich, M.; Kaufmann, J.; Kroll, L.; Seidlitz, H.2009